JPS59120331A - Molding processing equipment - Google Patents

Abstract

PURPOSE:To permit easy change in the forming size of a material such as a connected wire and to improve forming and working efficiency in the stage of working said material by providing a material feeding unit, bending unit, and cutting unit to a working device. CONSTITUTION:A material to be worked which is fed by a feed unit 2 for feeding said material at a prescribed pitch is led from a nozzle 3a and is bent by a bending unit 3 in synchronization with the operation of the unit 2 in a forming and working device which bends and cuts the material to an optional length and direction. The material is likewise cut to a prescribed length by a cutting unit 4 in synchronization with the operation of the unit 2. A bending die 18 attached on a rotating member 16 provided around the nozzle 3a is provided to the unit 2 so as to cross the passage for the material projecting from the nozzle 3a. The forming size and direction of the material are easily changed and the forming and working by the bending and cutting are efficiently accomplished.

Description

[Detailed description of the invention]

[Field of Application of the Invention] The present invention relates to a forming device capable of bending and cutting a material to be formed, such as a connecting wire, in any desired length and direction. This acid topping machine is applicable to small quantity production of seeds. [Prior art] #This kind of technology has been used since, te 11, i97/'! ! 2
1F: The material is tightened and cut into specified dimensions, and then transferred to the bending process and the edge stripping process (when the phase to be formed is not equal to the coated line). . L or 12, this technology ゛ (1 f sheet material σ
) When the dimensions of the cut 1 crucible 9 bending number strip are determined, the dimensions in the furnace at Tanijiro and Mouse are also 2 ≠ 2, so when stages 1 to 9i<E Lζ, flT is required 1-1 Dimension fc complex bending 71
[] Engineering)) Bank failure 4: Problem of jf φ: Atsushi 9 [Object of the invention] The present invention provides a method for implementing a forming processing device that performs f4 by performing a change in the forming direction of the forming material with the forming dimensions of the material to be formed≠2. is provided by [Summary of the invention] Entered invention l-j A feed unit that feeds the phase to be formed in a predetermined direction, a material to be formed fed from this unit is ejected to a nozzle, and the part protruding from the nozzle is bent. Derived from the above nozzle and f
r d嬶□ノノII・The power to save one volume ゛Soto L
I wish you all the best in preparing for the second year. Embodiment of the invention] - Figure A1 is a front view of the wooden invention embodiment, the 21st chrysanthemum is 1111 and the 11゛4''r' has a frame '7'' that supports the front, and the mace 1aJ - It extends from the bezokachi to the top and has a t tower l b shape. There is a feed unit installed in the old 2 pace 1a, and there is a feed unit for sending the material to be formed.
, Send-Lya Tsuku? The cylinder z 2 Cs, which is to be reciprocated until
f) ro structure. 3ke 1, lz4βi"A'
? I-r Il Old F Rubber/Teingu Unit T
, the knob to derive the formula Ig 16 material diffused from the feed uni-soto - 1/3 a, this nozzle I-1
Bending means 3b for bending the formed material with protrusion 1-1; At the part protruding from the par position cut 11?F4 cutting unit, IJI section 4a and driving cylinder ♂41
] I am still alive. Next, the construction costs of each unit will be explained in detail. As shown in Fig. 3 (with feed unit sender Yak 2), ΦIA prevention 1! fI sheep yak 2b (1
Part 11. It electromagnet 2θ, 'nJjl-r2fD,
r, and 1f, 1i2145C, and 2145C, respectively. , Miri Fya Tsuku 2a no n
itf% of nv+noH, 44.4. 'jJ, B Konu 1st old!゛、Totsupa 6fr with C, J catty tko 74th place with reverse end - Gato 1 Todako 2・P gill 1 stop puff puff side a70・'7 f<♂−kono Lj) Support Sly I-Table 7? 'l? It is set up. As shown in Figure 4, the slide tape 1 and 71d are operated by a constant stepping motor 8 (1 rotation per turn, 1 pitch - 1 - Pf -); the stepping motor 8 moves 7 dollars in the IJ direction. In the fA3 diagram, the number 1 is 2
ak return 1'l visit Jh -F-yak 2t) iqt intersection, rt ICa+ia', lA 5'e N and transfer to the left. Figure 3-1-
ya"lri2a's+ITK'""2,""'j
i, u5 4'l';j /j mama shirin/I'20
Move forward 1111ζ to the left by

It is in the prone position when it hits the stopper 6 at [-], and at this time, the electromagnet ≠ 2 is excited and the movable knife 2f is raised, and the front line 5 is not pressed at λ. Next, as soon as the electric nut 2a does not stop, it immediately retreats to the right side by the cylinder 2C, and the rear end≠2 hits the stopper 7a and stops. At this time, the electromagnet 2e connected to the armature 2b is de-energized! 8T, and its movable core 2f holds down the wire @5 with an excitation spring to prevent the electric wire from bunching (retreating) due to the retreating of the handshake 2a. Since the distance R between the rear end of the T-shaped hand yoke 2a and the feed rate setting stopper 7a corresponding to the fixed shaft h・vA6 is set to a, the above-mentioned retreat distance a of the sheep yak 2a is Become. This retreat distance is the distance that the hand truck 2a moves forward next, and ? It also corresponds to the amount of dust in ff@5. The V table 7 is synchronized with the advance of the chain 2a, moves by 4-1D by the drive of the C stepping motor 8, and sets the feed width of the electric wire during the next advance of the shaft 2a. do. If placed in position 4V, 11
The V line feed '1a' can be set arbitrarily. Figure 5 ζ Bending unit rules' (ijjef,
3ake + iiJ feed sent from feed unit rLf
A 1' through hole for guiding the electric wire is provided in the 7-width cylindrical nozzle that leads out the C line. The bending means 3b has the following configuration. Reference numeral 9 denotes a joint that connects the drive shaft of the cylinder &3c with the vinyl nozzle 10 so as to be slidable (in the direction of rotation), and is placed next to the outer periphery of the nozzle (I) and 3a so as to be slidable in the axial direction. The pinion can be slid freely in the axial direction along the outer center of the nozzle 3a with 10 pieces, and can be attached 4 times per year. In addition, teeth are provided on the outer periphery of the pinion 10, which are arranged below and mesh with the teeth of the t-5 tooth 11. Axial sliding along the nozzle 3a of the 12-piece pinion 10,! A driving rod configured to be able to move in conjunction with the pinion 10 through a connecting portion 12 that transmits movement in one rotational direction to the next stage, a sliding automatic driving rod 13 and a 14-wheel drive rod. It is a slide rod configured in the shape of W, and has a pole 15 that can be moved between mountains, and a guide 14a that guides the bending piece slidably at the front end.16 is the outer circumference of the nozzle 3a.
17 is a 7-shaped lever that is supported by the sliding rod 14 at the center. . Drive salary 13
And the rotating TFL-material 16 has a sliding rod "4" and the interface 1?
:@n? Hole 15 Relief groove 1:N), 16ayM provided (8). Drive rod 13t moss, ball 1
A biasing portion 1.3a-2 is attached to press and bias the nozzle 3a-ikl+ at all times. →Relationship between Tsuku10 and Binion? i - Shown in FIG. 19vi→Tsuku11? Cylinder moving in the direction of the arrow,
This is a group of 11 pins for soba noodles located on the front end side of the 20-piece. Sirin, f20ae20I)-20C・
20d each is selectively driven! III≠; Protrude, apply the 11■ pane of the lick 11 to each drive shaft to stop its movement, and rotate the bending piece 18 around the nozzle 3a to form (-"f) (-X) (+Y) (10 The drive shaft of the cylinder 20a ≠; should protrude, stop at the position shown in Fig. 8 and Fig. 9, and bend the electric wire 5 in the (+Y) direction. (Bend @18 (-
This shows a state in which the camera is on standby in the Y) direction. Now, the bending piece 18 is set to 1 core as shown in Fig. 8, Fig. 91A.
Full explanation of the operation of the bending unit in the condition 4
6゜For reasons 1 and 2 shown in Figure 5, cylinder 3C is activated! 1El
The l-axis D is made to protrude in the direction of the arrow. Jo India ≠ Binion 1
0. Through the connecting portion 12, the drive rod 13≠2 moves in the direction of the arrow. At this time, the ball 15 is in the escape groove 1 of the drive dW 13.
3b and the slide rod 14 (also φ2) are fitted together, the slide rod 14 moves in the direction of the arrow H together with the layer moving rod, and the first dream in Figure 6 occurs, in this state V↓, the slide rod ”4
The rear 1° collar part 1411) is 16σ) with the rotating part end (0
If it hits, the slide rod's 4 or more SK+/width: blocking type). When the rotating member 16 is released, the ball 15 is aligned with the ball 15 when the rotating member 16 is in the state shown in Figure 6.
≠;Escape groove 13byM comes out 1, escape groove 16a? When the bending piece guided by the guide 14a enters the tomb, the bending piece guided by the guide 14a is drilled so as to face the tip of the nozzle 3a. When the cylinder 3C further protrudes the drive shaft, the drive rod 43 moves 4-8 in the 5 direction (arrow) as shown in FIG. At this time, ball 15 is Kuki I! Since it protrudes from the escape groove of the II rod 13, only the axe rod 13 moves in the direction of the arrow. Therefore, the central pivot point of the lever 17 does not move, and moves in the 1:lJ direction and rotates clockwise.The bending piece 18 rotates the lever 17. As a result, the electric wire 50 is guided to the kite 14a and immediately ascends to the vortex path, and the tip of the nozzle 3a is bent approximately 90 degrees to the tip of the nozzle 3a.
The alcohol used shall be one with a plasticity number jh. Bending piece 1
An inclined surface 1.8a is provided on the shoulder on the nozzle 3a side of the upper part of the wire to make *fd5 easier to bend. IIIJf'g, which is the opposite of the above, i.e. Chikushichizu - Flute 60
1 in Figure 5; Errand T bending piece 18 and drive #l shaft 13
returns. As mentioned above, the function is achieved by a two-stage drive rod and a slide rod. - In the example '7' shown in Fig. 6, the distance l between the bending piece 18 and the tip of the nozzle 3a shown in FIG. for wire (can be bent 7 times.Furthermore, the bending piece 18 is i[#LWi
Instead of /I, the t+ wire can be bent at an acute angle by raising it so that it bends above the nozzle. At this point, the bending piece 18 is formed into an arc shape, and 1 guy 1-j14 [
(71: Okinaimizo c month 4) also needs to be 1 (4) in the arc I. Next, we will explain the force 'notenge' unit J'C^IIk+R. Cutting section 4a
And syrin'4'b2/- supporting fixed 1 base, 23 yen/! ', 1l) l Koyote 浬; Mosa 4, base 26
The driving rib I tree moving along the i, 24 is the driving rib ``111 tree 2
:3 and valve pressure to the base 26 and 1. It has a ball 25 that moves to the central groove with a slide body that is used for battle. 25 relief groove 23b (T
L-1 this t1 curve 23b('/)f
A biasing portion 23T that constantly exerts the force 25 to the base 261B1.1
Place the I-1 slide body 24 on the base 26 facing the L push rod.
An escape groove 26a of the borer 25 is provided on the abutting surface. 36 is a base with one cutting part, -12 is connected to the slide body 24, and the base 26 is attached together with the slide body 24.
? The aτ゛ base 26 sandwiched from the left and right is f1J. It is formed on the base 36 and the horizontal part 36
The cutting part 4a is laid on the 32-piece cutting part 'f, and it is fixed to the driving cylinder y''r base (see 3d).
The drive section 4, which is depressed by the cylinder tx'32, has an L-shaped opening, and the 111th side has a 'U' gusset 41 that is fully pivoted.
/, ) and ij:, i, push 1 + part to open and close this gripper 41 (42nd?h) grip 1 and 1 support. There is always a spring in the cane.
As expected (8ru. 43t, mF three, +1 o 42 no 1
[Tazui] There is a low → T that was useful for this one. 34 ringing 1 < moving part 1
33rd and 1) = 1 and sliding on the horizontal part 36' of the base 36? Slide 1 is a water material provided in iJ%. The slide member is made of 34 pieces of 114-karat gold and pivots the cutting blade group 44 on the side. ``Driving force meter 44 to open/close 6 Pressing member 45? Insect 1; /J'-44(3)
It is installed in the same way and opens and closes the toilet. 4-sided r blade group 10th section is always pressed in a boss-like manner by a spring (] A not shown). There are U = 97 provided. Sura 41-' 34th part has a hole: □ 35 for hm inside (8). l?'', is Bo I and 35 is included l (to ￥
33b (T), and put a pole 35 at the bottom of this escape point 33b, always standing 1;
111-No-biasing portion 33h: '+ Push rod faces. Next (This power is 1, α, 10,111”)
I made it + Cinku 4kr.
1', il, protrudes from nozzle 3a, *'
iwa51d, 11th Mel J)i', 1st phase Mi is here. This state is us ≠ 1 power, sodeinge unit + - 1 +;
4Φ+11Ek 6th stone. Sirinno 111) Sea ζ・'Ii eaves Kata 2; Mogetl'
¥23L) and 1 slide for 24 liters! Flat fit 1. Because it is, SuQ45 Buddha 24 Kemu Shunkyun Iki 23,
I-Jti Koyato Move 1-way towards IJ. Connected to the slide body 24 at I ψ [, cut off with the base IFf
+' part 4 a /: descending 111, guri 1 soba 41 cut r
lr blade ff 44 fl: ↑ Approach fR5. Movement of the pole 25, drive body 23 and slide body 24
1, when it aligns with the relief groove 26a of the paper base 26, it is pushed into this relief groove 26a and swells, causing the slide body 24 and the base 26
combine. Therefore, the subsequent movement of the cylinder l is delayed, and the slide body 24≠z base is locked and does not move.
23 pieces of carbon dioxide (1/I, not shown), relief groove 23t) and 260. matches

[-Tanaki, the lower side 2307M of the drive body 23 is the lower part of the suppressing part 943, 46, and the lower side 2307M of the lower part 41, the cutting blade group 4471 Iz 15 Fig.
Δ) Show me this! When the IT line 5 is placed on the side (this opposing pipe has a small tongue), when X'4b moves the drive body 23 in the direction of the arrow, the lower side 23C of the drive #I cover 23 ≠ 20 - 43.
46? Push the suppression member 42.45 through the middle (Fig. 12a)
(see). By pressing down the pressing EE member, the grinding buckwheat 41 and the cutting blade group close almost simultaneously, resulting in the state shown in FIG. 15a'3). Here, the gripper 41 holds the entire coating of the layer wire 5, the cutting blade 44b cuts the guide and coating of the wire 5 at the same time, and the two strip blades 44a on the 1iI41 side of this blade ``At the same time, Aft of the covering of the electric wire 5 is cut.The cylinder 4b moves in this state and stops.
The shaft moves the drive member 33 in the direction of the arrow. As shown in Imaro 12 Reply 1, the 1'+7 pole 35 slight drive part 4 33rd escape groove 33b and the slide member 34 are fitted together, so both move at the same time! .Gripper 4
1 and the cutting blade group 44 are simultaneously driven in the 1-11 direction,
4￥13L” 1 piece and 1 cane in Figure 151 (C) @,
! - Become. 1 by T・Keriki・Sotenge blade 44b
27 (Fold J again telegram ξ5 (7), remove the cover under one wire (.At this time, the deworming DfA = 33 and the escape structure aab, 36a of the base 36 match, and the ball 35 charging #@ part 33a
4゛6 in relief groove 36a, slide body: 14
I put my mouth on the base 36 Ll No more movement y'i
;tjll will be stopped. The cylinder I'32 continues to work, and the drive body 33 is all in the direction of the arrow l.
Suppress one little thing. Drive body 33 only) 'I: Since it is sliding, small 131 flash 17) shape 1 rubi et al gripper 4117
') moves in the direction of the arrow. Force sowing blade 44b (
As a result, the other wire (■) of the cut electric wire (5) is pulled by the gripper 41 in the direction of the arrow, and its coating≠;
It remains in the cutting blade group 44, resulting in the state shown in FIG. 15(r)). The situation of cylinder ゛゛3υ is stopped. Shirin in the above manner) f4M; Reverse! IU made one work and drove it
Move the tl axis back up. Then, the gripper 41 and the faceted blade group 44 open, and the electric blade 5 (I) that has been reeled once is pierced by the edge soba 41 or t-drops 1-1 cut-j blade group 44≠・chip t~
14≠2 drops. After this, 4b・32≠1 reverse action L'''C values of each part: Chiku 111 Figure 1 4':' i eyebrow 1 sag.
2-drive operation of H3 and slide body 24, and 2 drive member 3
The function is achieved by the two-stage #1 operation of the slide member 3 and the slide member 34. In the first, i-? Then, with a curling unit 50, the mold 52 is cut off [R It has a molding piece 53. It is a 54-piece curling lever and has a molded bottle 55 with a circular cross section at the tip. 'fit@ conductor 5 by molding molds 51 and 52
1619ei)-(b) R: As shown, it becomes a constant semicircle IK. Next (8 de Karisoge lever 5
, 1 ≠ ζ Press around. 2 key wood 53t/1 piece] 6 meat (C)g)
It is shaped like a dough whose inner diameter is the outer diameter of the molding piece 53.
Is it covered by the base unit 4? 17 to the four harmful glands 5a, be sure to approach 1 and mold them. Tags that control each unit of the adult processing equipment 61 Bin 62 D, ~ 6; 2b
It is a bin board that can be arbitrarily withheld, and a pulse motor 64 (each bit is sent in the direction of the arrow), a micro switch corresponding to each bin 63a to 63FJIrr.・There is a saw 7-T, which closes and generates a signal when the bottle hits it. Pulse motor 64, 1 pin per culm, 15
゜Binboard 61′! i7 feed, open and close the micro switch corresponding to cylinder j, etc. of each unit. The movement of the entire device is roughly as follows:
(Curling unit) → feed unit → bending unit → cutting unit 'T' One part shown in Figure 18 and Figure 19 is completed. Since this part is formed into a crank shape, the bending process of the feed unit and bending unit is repeated the number of times. hAi: In real flying, we use a slide-type strike, soba, and bin board to control all the deaf and mr of each part (
It is okay to use a sequence controller with a program R+T (in this case, the specifications of the parts are accepted, and the WZ control is -Mg when changing the polystyrene and machining process of the molded material). 1u17 can be performed.In addition, since each unit ≠;, a pole is interposed between the mutually sliding members, and the two-drive operation T is driven between the gB materials,
[Effect of the invention] As is clear from the explanation below, according to the f invention, 16
In this case, the molding dimensions, molding direction, and number of moldings of the material to be molded can be easily changed, so setup time can be reduced, and the efficiency of flexible production can be improved.

[Brief explanation of drawings]

11] is the rE view of the A2 invention practical example, Fig. 2.
1JII side view, Figure 3 is an enlarged sectional view of the feed unit, Figure 4 is a top view of the slide table, Figures 5 to 7 are explanatory diagrams showing the tj + operation 1110 order of the penting unit, and Figure 8 Stogo, theory showing the relationship between → tsuku and binion, 4x9m bunk, revised, oblique drawing 1 showing the relationship between kakuzai and bending pottery, enlarged view of No. 101/Kirikiri + Ifr section, Fig. 11 ~Ha141 is a masterpiece of the Katsutenge unit 111
Fig. 15 is a partially enlarged view showing the order of operation of the cutting section, and Fig. 17 is a partially enlarged view showing the order of operation of the 16th+'1 Fig. 18 e: rE of the branched material after r forming: Seedling [匈], Fig. 19 shows its +1 tll and 14. 2 near 4-do unit, 3: pending unit,
3a: Nozzle, 4: Cutting unit, 16 two-rotation member, 18: Bending hook.・ 19. Man 1 Concave No. 2 Fig. 3 C Circle-' Fig. 4 j-Q-恍, No. 5 Fig. 6 Fig./Jd Boru 7 Fig. /θ9 Cicada/2 Fig. O, /3 Pl 2, ij 44 (14db 44a Ja
rate /! 1 Fig. 15 Fig. 1 Jrl (1,4#6 1 ri4tL J
ui 76 Proceed to 11＼ 5S 7 亨1-2 Figure 18V Procedural Amendment (
(Format) Indication of the case 1982 Patent Application No. 226840r; Name of the invention Name of the person making the amendment to the molding processing device “1r5101 Stock Co., Ltd.!
6 3 l'l'l
Shigeyo Katsu Osamu Application subject to person amendment 1- and content application for specification amendment and clear string 11. No. 11 - (no change in content)
-

Claims (1)

[Scope of Claims] 1.; A feed unit that feeds near-percent work material by a predetermined pitch. A cutting unit e14 is sent from the feed unit sent from the FeedUniSoto to the pendengninit, and the feed unit e 14 protrudes from the nozzle and cuts the material to be formed. A device that manipulates and manipulates things. Claim 41, wherein the bent step a has a bending dog protruding from the nozzle I and protruding and recessing by 1° so as to cross the starting path IJJr of the material to be formed. Molding processing device. 3. Attach the above-mentioned [ll!1gesize l・1, to the rotatable member f' which is rotatably supported around the nozzle, and set it so that it appears and disappears at any position 7'+1. A molding processing apparatus according to claim 2, which is configured as follows.